Does it provide the math behind the shaders?

Yes, the skill includes a reference directory with detailed guides on math derivations for noise functions, lighting models, and geometry theory.

How do I trigger a specific shader technique?

Simply use the /shader-dev command followed by your request. The skill uses a routing table to identify the best technique, such as domain warping or volumetric rendering, for your specific goal.

Is this skill compatible with WebGL2?

Yes, it includes specific adaptation rules for converting ShaderToy-style code to standard WebGL2 requirements, such as version headers and fragment coordinate handling.

Does it support 3D modeling?

It supports mathematical 3D modeling using Signed Distance Functions (SDF) and Constructive Solid Geometry (CSG) for real-time implicit surface rendering.

What kind of visual effects can I create?

You can create a wide range of effects including ray-marched 3D scenes, fluid simulations, particle systems, procedural terrain, and advanced post-processing filters.

Shader Development Toolkit

Name: Shader Development Toolkit
Author: MiniMax-AI

byMiniMax-AI

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11,188

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ゲーム開発

Generates complex GLSL shaders for real-time visual effects including ray marching, fluid simulations, and procedural textures.

Shader Development Toolkit (shader-dev) is a comprehensive skill for Claude Code that empowers developers to create stunning real-time graphics using GLSL. It features a curated library of 36 advanced techniques, ranging from 3D signed distance functions (SDF) and ray marching to complex fluid simulations and physically-based rendering (PBR). Whether you are building immersive WebGL experiences, ShaderToy prototypes, or procedural game assets, this skill provides the mathematical foundations, implementation templates, and WebGL2 adaptation rules necessary to produce professional-grade visual effects directly within your terminal.

主な機能

01Detailed mathematical references for procedural noise, lighting, and fractals.

02Comprehensive implementation guides for ray marching and 3D SDF modeling.

0311,188 GitHub stars

04Advanced physics simulations including fluid dynamics and particle systems.

05Access to 36 specialized GLSL techniques for real-time visual effects.

06Built-in WebGL2 adaptation rules for seamless browser integration.

ユースケース

01Creating immersive 3D scenes using sphere tracing and signed distance functions.

02Prototyping complex visual shaders for platforms like ShaderToy.

03Developing procedural textures and environment effects for WebGL applications.

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add minimax-ai/skills shader-dev

For use in Claude.ai and ChatGPT